The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch
undergoing fatigue loads. Both the optical microscope measurements and the crack opening …

Fatigue surface crack growth and in-plane and out-of-plane constraint effects are studied
through experiments and computations for the aluminum alloy D16T. A tension/bending …

Fatigue behaviour of lateral notched round bars made of DIN 34CrNiMo6 high strength steel
under single bending, single torsion and combined bending–torsion was studied. Crack …

In this article, a 3-step reverse engineering technique capable of determining the Paris law
constants from the analysis of final fracture surfaces of fatigued round bars is proposed …

To understand the effect of temperature on the rate of fatigue crack growth in D16T and
B95AT aluminum alloys, fatigue crack growth experiments using a constant load amplitude …

Some cyclically loaded components such as mooring chains can develop fatigue cracks in
locations where the shape of the part is equivalent to that of a curved or bent round bar …

Fatigue crack growth in Al 2024 and Al 7050 specimens was assessed experimentally and
numerically. In the experimental investigation, various specimen configurations and loading …

The relation between the fatigue crack growth rate and stress state is significant for fatigue
life estimation, especially for thick-welded structures with complex stress states. This paper …

In this study fatigue crack growth tests were carried out on hollow cylindrical specimens,
made of D16T and B95AT aluminum alloys (analogue of 2024 and 7075 aluminum), with …

This study is concerned with the assessment of the fatigue life of cracked steam turbine
blades which operate under cyclic loading conditions. The turbine blades fatigue life …